history_header_map = {
    "ADJOINT_DISP_X": {
        "DESCRIPTION": "Root-mean square residual of the adjoint "
        "of the X displacements.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[Ux_adj]",
        "TYPE": "RESIDUAL",
    },
    "ADJOINT_DISP_Y": {
        "DESCRIPTION": "Root-mean square residual of the adjoint "
        "of the Y displacements.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[Uy_adj]",
        "TYPE": "RESIDUAL",
    },
    "ADJOINT_DISP_Z": {
        "DESCRIPTION": "Root-mean square residual of the adjoint "
        "of the Z displacements.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[Uz_adj]",
        "TYPE": "RESIDUAL",
    },
    "ADJOINT_SOLEXTRA": {
        "DESCRIPTION": "Adjoint value of the first extra " "Solution.",
        "GROUP": "ADJOINT_SOLEXTRA",
        "HEADER": "Adjoint_SolExtra",
        "TYPE": "COEFFICIENT",
    },
    "AOA": {
        "DESCRIPTION": "Angle of attack",
        "GROUP": "AOA",
        "HEADER": "AoA",
        "TYPE": "DEFAULT",
    },
    "AVG_CFL": {
        "DESCRIPTION": "Current average of the local CFL numbers",
        "GROUP": "CFL_NUMBER",
        "HEADER": "Avg CFL",
        "TYPE": "DEFAULT",
    },
    "AVG_DENSITY": {
        "DESCRIPTION": "Total average density on all markers set in " "MARKER_ANALYZE",
        "GROUP": "FLOW_COEFF",
        "HEADER": "Avg_Density",
        "TYPE": "COEFFICIENT",
    },
    "AVG_ENTHALPY": {
        "DESCRIPTION": "Total average enthalpy on all markers set in " "MARKER_ANALYZE",
        "GROUP": "FLOW_COEFF",
        "HEADER": "Avg_Enthalpy",
        "TYPE": "COEFFICIENT",
    },
    "AVG_NORMALVEL": {
        "DESCRIPTION": "Total average normal velocity on all "
        "markers set in MARKER_ANALYZE",
        "GROUP": "FLOW_COEFF",
        "HEADER": "Avg_NormalVel",
        "TYPE": "COEFFICIENT",
    },
    "AVG_TEMPERATURE": {
        "DESCRIPTION": "Average temperature on all surfaces "
        "defined in MARKER_MONITORING",
        "GROUP": "HEAT",
        "HEADER": "AvgTemp",
        "TYPE": "COEFFICIENT",
    },
    "BGS_ADJ_DENSITY": {
        "DESCRIPTION": "BGS residual of the adjoint density.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_Rho]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_DISP_X": {
        "DESCRIPTION": "BGS residual of the adjoint X " "displacement.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_Ux]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_DISP_Y": {
        "DESCRIPTION": "BGS residual of the adjoint Y " "displacement.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_Uy]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_DISP_Z": {
        "DESCRIPTION": "BGS residual of the adjoint Z " "displacement.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_Uz]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_DISSIPATION": {
        "DESCRIPTION": "BGS residual of the adjoint " "dissipation.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_w]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_ENERGY": {
        "DESCRIPTION": "BGS residual of the adjoint energy.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_E]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_MOMENTUM-X": {
        "DESCRIPTION": "BGS residual of the adjoint momentum " "x-component",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_RhoU]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_MOMENTUM-Y": {
        "DESCRIPTION": "BGS residual of the adjoint momentum " "y-component",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_RhoV]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_MOMENTUM-Z": {
        "DESCRIPTION": "BGS residual of the adjoint momentum " "z-component",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_RhoW]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_NU_TILDE": {
        "DESCRIPTION": "BGS residual of the adjoint nu tilde.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_nu]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_PRESSURE": {
        "DESCRIPTION": "BGS residual of the adjoint Pressure.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_Rho]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_RAD_ENERGY": {
        "DESCRIPTION": "BGS residual  of the P1 radiative " "energy.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_P1]",
        "TYPE": "RESIDUAL",
    },
    'BGS_ADJ_SPECIES_" + std::to_string(iVar': {
        "DESCRIPTION": "BGS residual of " "the adjoint " "transported " "species.",
        "GROUP": "BGS_RES",
        "HEADER": 'bgs[A_rho*Y_" + ' "std::to_string(iVar) + " '"]',
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_TEMPERATURE": {
        "DESCRIPTION": "BGS residual of the adjoint " "temperature.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_T]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_TKE": {
        "DESCRIPTION": "BGS residual of the adjoint kinetic energy.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_k]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_VELOCITY-X": {
        "DESCRIPTION": "BGS residual of the adjoint Velocity " "x-component",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_RhoU]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_VELOCITY-Y": {
        "DESCRIPTION": "BGS residual of the adjoint Velocity " "y-component",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_RhoV]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ADJ_VELOCITY-Z": {
        "DESCRIPTION": "BGS residual of the adjoint Velocity " "z-component",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[A_RhoW]",
        "TYPE": "RESIDUAL",
    },
    "BGS_DENSITY": {
        "DESCRIPTION": "BGS residual of the density.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[Rho]",
        "TYPE": "RESIDUAL",
    },
    "BGS_DISP_X": {
        "DESCRIPTION": "BGS residual of X displacement",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[DispX]",
        "TYPE": "RESIDUAL",
    },
    "BGS_DISP_Y": {
        "DESCRIPTION": "BGS residual of Y displacement",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[DispY]",
        "TYPE": "RESIDUAL",
    },
    "BGS_DISP_Z": {
        "DESCRIPTION": "BGS residual of Z displacement",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[DispZ]",
        "TYPE": "RESIDUAL",
    },
    "BGS_DISSIPATION": {
        "DESCRIPTION": "BGS residual of dissipation (SST model).",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[w]",
        "TYPE": "RESIDUAL",
    },
    "BGS_ENERGY": {
        "DESCRIPTION": "BGS residual of the energy.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[RhoE]",
        "TYPE": "RESIDUAL",
    },
    "BGS_MOMENTUM-X": {
        "DESCRIPTION": "BGS residual of the momentum x-component.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[RhoU]",
        "TYPE": "RESIDUAL",
    },
    "BGS_MOMENTUM-Y": {
        "DESCRIPTION": "BGS residual of the momentum y-component.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[RhoV]",
        "TYPE": "RESIDUAL",
    },
    "BGS_NU_TILDE": {
        "DESCRIPTION": "BGS residual of nu tilde (SA model).",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[nu]",
        "TYPE": "RESIDUAL",
    },
    "BGS_PRESSURE": {
        "DESCRIPTION": "BGS residual of the pressure.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[P]",
        "TYPE": "RESIDUAL",
    },
    'BGS_SPECIES_" + std::to_string(iVar': {
        "DESCRIPTION": "BGS residual of " "transported species.",
        "GROUP": "BGS_RES",
        "HEADER": 'bgs[rho*Y_" + ' 'std::to_string(iVar)+"]',
        "TYPE": "RESIDUAL",
    },
    "BGS_TEMPERATURE": {
        "DESCRIPTION": "Block-Gauss-Seidel residual of the " "temperature",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[T]",
        "TYPE": "RESIDUAL",
    },
    "BGS_TKE": {
        "DESCRIPTION": "BGS residual of kinetic energy (SST model).",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[k]",
        "TYPE": "RESIDUAL",
    },
    "BGS_VELOCITY-X": {
        "DESCRIPTION": "BGS residual of the velocity x-component.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[U]",
        "TYPE": "RESIDUAL",
    },
    "BGS_VELOCITY-Y": {
        "DESCRIPTION": "BGS residual of the velocity y-component.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[V]",
        "TYPE": "RESIDUAL",
    },
    "BGS_VELOCITY-Z": {
        "DESCRIPTION": "BGS residual of the velocity z-component.",
        "GROUP": "BGS_RES",
        "HEADER": "bgs[W]",
        "TYPE": "RESIDUAL",
    },
    "BUFFET": {
        "DESCRIPTION": "Buffet sensor",
        "GROUP": "AERO_COEFF",
        "HEADER": "Buffet",
        "TYPE": "COEFFICIENT",
    },
    "CFL_NUMBER": {
        "DESCRIPTION": "Current value of the CFL number",
        "GROUP": "CFL_NUMBER",
        "HEADER": "CFL number",
        "TYPE": "DEFAULT",
    },
    "CHANGE_IN_AOA": {
        "DESCRIPTION": "Last change in Angle of Attack by Fixed CL " "Driver",
        "GROUP": "FIXED_CL",
        "HEADER": "Change_in_AOA",
        "TYPE": "RESIDUAL",
    },
    "CL_DRIVER_COMMAND": {
        "DESCRIPTION": "CL Driver's control command",
        "GROUP": "FIXED_CL",
        "HEADER": "CL_Driver_Command",
        "TYPE": "RESIDUAL",
    },
    "COMBO": {
        "DESCRIPTION": "Combined obj. function value.",
        "GROUP": "COMBO",
        "HEADER": "ComboObj",
        "TYPE": "COEFFICIENT",
    },
    "DEFORM_ITER": {
        "DESCRIPTION": "Linear solver iterations for the mesh " "deformation",
        "GROUP": "DEFORM",
        "HEADER": "DeformIter",
        "TYPE": "DEFAULT",
    },
    "DEFORM_MAX_VOLUME": {
        "DESCRIPTION": "Maximum volume in the mesh",
        "GROUP": "DEFORM",
        "HEADER": "MaxVolume",
        "TYPE": "DEFAULT",
    },
    "DEFORM_MIN_VOLUME": {
        "DESCRIPTION": "Minimum volume in the mesh",
        "GROUP": "DEFORM",
        "HEADER": "MinVolume",
        "TYPE": "DEFAULT",
    },
    "DEFORM_RESIDUAL": {
        "DESCRIPTION": "Residual of the linear solver for the " "mesh deformation",
        "GROUP": "DEFORM",
        "HEADER": "DeformRes",
        "TYPE": "DEFAULT",
    },
    "DELTA_CL": {
        "DESCRIPTION": "Difference between Target CL and current CL",
        "GROUP": "FIXED_CL",
        "HEADER": "Delta_CL",
        "TYPE": "COEFFICIENT",
    },
    "DRAG": {
        "DESCRIPTION": "Total drag coefficient on all surfaces set with "
        "MARKER_MONITORING",
        "GROUP": "AERO_COEFF",
        "HEADER": "CD",
        "TYPE": "COEFFICIENT",
    },
    "D_ADJOINT_SOLEXTRA": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_ADJOINT_SOLEXTRA",
        "HEADER": "d[Adjoint_SolExtra]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_AVG_DENSITY": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FLOW_COEFF",
        "HEADER": "d[Avg_Density]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_AVG_ENTHALPY": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FLOW_COEFF",
        "HEADER": "d[Avg_Enthalpy]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_AVG_NORMALVEL": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FLOW_COEFF",
        "HEADER": "d[Avg_NormalVel]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_AVG_TEMPERATURE": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_HEAT",
        "HEADER": "d[AvgTemp]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_BUFFET": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_AERO_COEFF",
        "HEADER": "d[Buffet]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_COMBO": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_COMBO",
        "HEADER": "d[ComboObj]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_DELTA_CL": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FIXED_CL",
        "HEADER": "d[Delta_CL]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_DRAG": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_AERO_COEFF",
        "HEADER": "d[CD]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_EFFICIENCY": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_AERO_COEFF",
        "HEADER": "d[CEff]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_EQUIVALENT_AREA": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_EQUIVALENT_AREA",
        "HEADER": "d[CEquiv_Area]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_FIGURE_OF_MERIT": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_ROTATING_FRAME",
        "HEADER": "d[CMerit]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_FORCE_X": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_AERO_COEFF",
        "HEADER": "d[CFx]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_FORCE_Y": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_AERO_COEFF",
        "HEADER": "d[CFy]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_FORCE_Z": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_AERO_COEFF",
        "HEADER": "d[CFz]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_INVERSE_DESIGN_PRESSURE": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_CP_DIFF",
        "HEADER": "d[Cp_Diff]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_LIFT": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_AERO_COEFF",
        "HEADER": "d[CL]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_MAXIMUM_HEATFLUX": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_HEAT",
        "HEADER": "d[MaxHF]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_MOMENT_X": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_AERO_COEFF",
        "HEADER": "d[CMx]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_MOMENT_Y": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_AERO_COEFF",
        "HEADER": "d[CMy]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_MOMENT_Z": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_AERO_COEFF",
        "HEADER": "d[CMz]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_REFERENCE_GEOMETRY": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_STRUCT_COEFF",
        "HEADER": "d[RefGeom]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_REFERENCE_NODE": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_STRUCT_COEFF",
        "HEADER": "d[RefNode]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SENS_AOA": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_SENSITIVITY",
        "HEADER": "d[Sens_AoA]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SENS_GEO": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_SENSITIVITY",
        "HEADER": "d[Sens_Geo]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SENS_MACH": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_SENSITIVITY",
        "HEADER": "d[Sens_Mach]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SENS_PRESS": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_SENSITIVITY",
        "HEADER": "d[Sens_Press]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SENS_PRESS_OUT": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_SENSITIVITY",
        "HEADER": "d[Sens_Pout]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SENS_TEMP": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_SENSITIVITY",
        "HEADER": "d[Sens_Temp]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SENS_VEL_IN": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_SENSITIVITY",
        "HEADER": "d[Sens_Vin]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SIDEFORCE": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_AERO_COEFF",
        "HEADER": "d[CSF]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_STRESS_PENALTY": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_STRUCT_COEFF",
        "HEADER": "d[StressPen]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SURFACE_MACH": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FLOW_COEFF",
        "HEADER": "d[Avg_Mach]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SURFACE_MASSFLOW": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FLOW_COEFF",
        "HEADER": "d[Avg_Massflow]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SURFACE_MOM_DISTORTION": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FLOW_COEFF",
        "HEADER": "d[Momentum_Distortion]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SURFACE_PRESSURE_DROP": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FLOW_COEFF",
        "HEADER": "d[Pressure_Drop]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SURFACE_SECONDARY": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FLOW_COEFF",
        "HEADER": "d[Secondary_Strength]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SURFACE_SECOND_OVER_UNIFORM": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FLOW_COEFF",
        "HEADER": "d[Secondary_Over_Uniformity]",
        "TYPE": "D_COEFFICIENT",
    },
    'D_SURFACE_SPECIES_" + std::to_string(iVar': {
        "DESCRIPTION": "Derivative " "value",
        "GROUP": "D_SPECIES_COEFF",
        "HEADER": 'd[Avg_Species_" + ' "std::to_string(iVar]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SURFACE_STATIC_PRESSURE": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FLOW_COEFF",
        "HEADER": "d[Avg_Press]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SURFACE_STATIC_TEMPERATURE": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FLOW_COEFF",
        "HEADER": "d[Avg_Temp]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SURFACE_TOTAL_PRESSURE": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FLOW_COEFF",
        "HEADER": "d[Avg_TotalPress]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SURFACE_TOTAL_TEMPERATURE": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FLOW_COEFF",
        "HEADER": "d[Avg_TotalTemp]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_SURFACE_UNIFORMITY": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_FLOW_COEFF",
        "HEADER": "d[Uniformity]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_THRUST": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_ROTATING_FRAME",
        "HEADER": "d[CT]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_TOPOL_COMPLIANCE": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_STRUCT_COEFF",
        "HEADER": "d[TopComp]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_TOPOL_DISCRETENESS": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_STRUCT_COEFF",
        "HEADER": "d[TopDisc]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_TORQUE": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_ROTATING_FRAME",
        "HEADER": "d[CQ]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_TOTAL_HEATFLUX": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_HEAT",
        "HEADER": "d[HF]",
        "TYPE": "D_COEFFICIENT",
    },
    "D_VOLUME_FRACTION": {
        "DESCRIPTION": "Derivative value",
        "GROUP": "D_STRUCT_COEFF",
        "HEADER": "d[VolFrac]",
        "TYPE": "D_COEFFICIENT",
    },
    "EFFICIENCY": {
        "DESCRIPTION": "Total lift-to-drag ratio on all surfaces set "
        "with MARKER_MONITORING",
        "GROUP": "AERO_COEFF",
        "HEADER": "CEff",
        "TYPE": "COEFFICIENT",
    },
    "EQUIVALENT_AREA": {
        "DESCRIPTION": "Equivalent area",
        "GROUP": "EQUIVALENT_AREA",
        "HEADER": "CEquiv_Area",
        "TYPE": "COEFFICIENT",
    },
    "FIGURE_OF_MERIT": {
        "DESCRIPTION": "Thrust over torque",
        "GROUP": "ROTATING_FRAME",
        "HEADER": "CMerit",
        "TYPE": "COEFFICIENT",
    },
    "FORCE_X": {
        "DESCRIPTION": "Total force x-component on all surfaces set with "
        "MARKER_MONITORING",
        "GROUP": "AERO_COEFF",
        "HEADER": "CFx",
        "TYPE": "COEFFICIENT",
    },
    "FORCE_Y": {
        "DESCRIPTION": "Total force y-component on all surfaces set with "
        "MARKER_MONITORING",
        "GROUP": "AERO_COEFF",
        "HEADER": "CFy",
        "TYPE": "COEFFICIENT",
    },
    "FORCE_Z": {
        "DESCRIPTION": "Total force z-component on all surfaces set with "
        "MARKER_MONITORING",
        "GROUP": "AERO_COEFF",
        "HEADER": "CFz",
        "TYPE": "COEFFICIENT",
    },
    "INVERSE_DESIGN_PRESSURE": {
        "DESCRIPTION": "Cp difference for inverse design",
        "GROUP": "CP_DIFF",
        "HEADER": "Cp_Diff",
        "TYPE": "COEFFICIENT",
    },
    "LIFT": {
        "DESCRIPTION": "Total lift coefficient on all surfaces set with "
        "MARKER_MONITORING",
        "GROUP": "AERO_COEFF",
        "HEADER": "CL",
        "TYPE": "COEFFICIENT",
    },
    "LINSOL_ITER": {
        "DESCRIPTION": "Number of iterations of the linear solver.",
        "GROUP": "LINSOL",
        "HEADER": "LinSolIter",
        "TYPE": "DEFAULT",
    },
    "LINSOL_ITER_SPECIES": {
        "DESCRIPTION": "Number of iterations of the linear "
        "solver for species solver.",
        "GROUP": "LINSOL",
        "HEADER": "LinSolIterSpecies",
        "TYPE": "DEFAULT",
    },
    "LINSOL_ITER_TURB": {
        "DESCRIPTION": "Number of iterations of the linear " "solver for turbulence.",
        "GROUP": "LINSOL",
        "HEADER": "LinSolIterTurb",
        "TYPE": "DEFAULT",
    },
    "LINSOL_RESIDUAL": {
        "DESCRIPTION": "Residual of the linear solver.",
        "GROUP": "LINSOL",
        "HEADER": "LinSolRes",
        "TYPE": "DEFAULT",
    },
    "LINSOL_RESIDUAL_SPECIES": {
        "DESCRIPTION": "Residual of the linear solver for " "species solver.",
        "GROUP": "LINSOL",
        "HEADER": "LinSolResSpecies",
        "TYPE": "DEFAULT",
    },
    "LINSOL_RESIDUAL_TURB": {
        "DESCRIPTION": "Residual of the linear solver for " "turbulence.",
        "GROUP": "LINSOL",
        "HEADER": "LinSolResTurb",
        "TYPE": "DEFAULT",
    },
    "LOAD_INCREMENT": {
        "DESCRIPTION": "LOAD_INCREMENT",
        "GROUP": "Percent of total load (incremental",
        "HEADER": "Load[%]",
        "TYPE": "DEFAULT",
    },
    "LOAD_RAMP": {
        "DESCRIPTION": "LOAD_RAMP",
        "GROUP": "Fraction of total load (ramped",
        "HEADER": "Load_Ramp",
        "TYPE": "DEFAULT",
    },
    "MAXIMUM_HEATFLUX": {
        "DESCRIPTION": "Maximum heatflux on all surfaces defined "
        "in MARKER_MONITORING",
        "GROUP": "HEAT",
        "HEADER": "MaxHF",
        "TYPE": "COEFFICIENT",
    },
    "MAX_ADJ_DENSITY": {
        "DESCRIPTION": "Maximum residual of the adjoint density.",
        "GROUP": "MAX_RES",
        "HEADER": "max[A_Rho]",
        "TYPE": "RESIDUAL",
    },
    "MAX_ADJ_DISSIPATION": {
        "DESCRIPTION": "Maximum residual of the adjoint " "dissipation.",
        "GROUP": "MAX_RES",
        "HEADER": "max[A_w]",
        "TYPE": "RESIDUAL",
    },
    "MAX_ADJ_ENERGY": {
        "DESCRIPTION": "Maximum residual of the adjoint energy.",
        "GROUP": "MAX_RES",
        "HEADER": "max[A_E]",
        "TYPE": "RESIDUAL",
    },
    "MAX_ADJ_MOMENTUM-X": {
        "DESCRIPTION": "Maximum residual of the adjoint " "momentum x-component",
        "GROUP": "MAX_RES",
        "HEADER": "max[A_RhoU]",
        "TYPE": "RESIDUAL",
    },
    "MAX_ADJ_MOMENTUM-Y": {
        "DESCRIPTION": "Maximum residual of the adjoint " "momentum y-component",
        "GROUP": "MAX_RES",
        "HEADER": "max[A_RhoV]",
        "TYPE": "RESIDUAL",
    },
    "MAX_ADJ_MOMENTUM-Z": {
        "DESCRIPTION": "Maximum residual of the adjoint " "momentum z-component",
        "GROUP": "MAX_RES",
        "HEADER": "max[A_RhoW]",
        "TYPE": "RESIDUAL",
    },
    "MAX_ADJ_NU_TILDE": {
        "DESCRIPTION": "Maximum residual of the adjoint nu " "tilde.",
        "GROUP": "MAX_RES",
        "HEADER": "max[A_nu]",
        "TYPE": "RESIDUAL",
    },
    "MAX_ADJ_PRESSURE": {
        "DESCRIPTION": "Maximum residual of the adjoint " "Pressure.",
        "GROUP": "MAX_RES",
        "HEADER": "max[A_Rho]",
        "TYPE": "RESIDUAL",
    },
    'MAX_ADJ_SPECIES_" + std::to_string(iVar': {
        "DESCRIPTION": "Maximum residual " "of the adjoint " "transported " "species.",
        "GROUP": "MAX_RES",
        "HEADER": 'max[A_rho*Y_" + ' "std::to_string(iVar) + " '"]',
        "TYPE": "RESIDUAL",
    },
    "MAX_ADJ_TEMPERATURE": {
        "DESCRIPTION": "Maximum residual of the temperature.",
        "GROUP": "MAX_RES",
        "HEADER": "max[A_T]",
        "TYPE": "RESIDUAL",
    },
    "MAX_ADJ_TKE": {
        "DESCRIPTION": "Maximum residual of the adjoint kinetic " "energy.",
        "GROUP": "MAX_RES",
        "HEADER": "max[A_k]",
        "TYPE": "RESIDUAL",
    },
    "MAX_ADJ_VELOCITY-X": {
        "DESCRIPTION": "Maximum residual of the adjoint " "Velocity x-component",
        "GROUP": "MAX_RES",
        "HEADER": "max[A_RhoU]",
        "TYPE": "RESIDUAL",
    },
    "MAX_ADJ_VELOCITY-Y": {
        "DESCRIPTION": "Maximum residual of the adjoint " "Velocity y-component",
        "GROUP": "MAX_RES",
        "HEADER": "max[A_RhoV]",
        "TYPE": "RESIDUAL",
    },
    "MAX_ADJ_VELOCITY-Z": {
        "DESCRIPTION": "Maximum residual of the adjoint " "Velocity z-component",
        "GROUP": "MAX_RES",
        "HEADER": "max[A_RhoW]",
        "TYPE": "RESIDUAL",
    },
    "MAX_CFL": {
        "DESCRIPTION": "Current maximum of the local CFL numbers",
        "GROUP": "CFL_NUMBER",
        "HEADER": "Max CFL",
        "TYPE": "DEFAULT",
    },
    "MAX_DELTA_TIME": {
        "DESCRIPTION": "Current maximum local time step",
        "GROUP": "CFL_NUMBER",
        "HEADER": "Max DT",
        "TYPE": "DEFAULT",
    },
    "MAX_DENSITY": {
        "DESCRIPTION": "Maximum square residual of the density.",
        "GROUP": "MAX_RES",
        "HEADER": "max[Rho]",
        "TYPE": "RESIDUAL",
    },
    "MAX_DISSIPATION": {
        "DESCRIPTION": "Maximum residual of dissipation (SST " "model).",
        "GROUP": "MAX_RES",
        "HEADER": "max[w]",
        "TYPE": "RESIDUAL",
    },
    "MAX_ENERGY": {
        "DESCRIPTION": "Maximum residual of the energy.",
        "GROUP": "MAX_RES",
        "HEADER": "max[RhoE]",
        "TYPE": "RESIDUAL",
    },
    "MAX_MOMENTUM-X": {
        "DESCRIPTION": "Maximum square residual of the momentum " "x-component.",
        "GROUP": "MAX_RES",
        "HEADER": "max[RhoU]",
        "TYPE": "RESIDUAL",
    },
    "MAX_MOMENTUM-Y": {
        "DESCRIPTION": "Maximum square residual of the momentum " "y-component.",
        "GROUP": "MAX_RES",
        "HEADER": "max[RhoV]",
        "TYPE": "RESIDUAL",
    },
    "MAX_NU_TILDE": {
        "DESCRIPTION": "Maximum residual of nu tilde (SA model).",
        "GROUP": "MAX_RES",
        "HEADER": "max[nu]",
        "TYPE": "RESIDUAL",
    },
    "MAX_PRESSURE": {
        "DESCRIPTION": "Maximum residual of the pressure.",
        "GROUP": "MAX_RES",
        "HEADER": "max[P]",
        "TYPE": "RESIDUAL",
    },
    'MAX_SPECIES_" + std::to_string(iVar': {
        "DESCRIPTION": "Maximum residual of " "transported species.",
        "GROUP": "MAX_RES",
        "HEADER": 'max[rho*Y_" + ' 'std::to_string(iVar)+"]',
        "TYPE": "RESIDUAL",
    },
    "MAX_TEMPERATURE": {
        "DESCRIPTION": "Maximum residual of the temperature",
        "GROUP": "MAX_RES",
        "HEADER": "max[T]",
        "TYPE": "RESIDUAL",
    },
    "MAX_TKE": {
        "DESCRIPTION": "Maximum residual of kinetic energy (SST model).",
        "GROUP": "MAX_RES",
        "HEADER": "max[k]",
        "TYPE": "RESIDUAL",
    },
    "MAX_VELOCITY-X": {
        "DESCRIPTION": "Maximum residual of the velocity " "x-component.",
        "GROUP": "MAX_RES",
        "HEADER": "max[U]",
        "TYPE": "RESIDUAL",
    },
    "MAX_VELOCITY-Y": {
        "DESCRIPTION": "Maximum residual of the velocity " "y-component.",
        "GROUP": "MAX_RES",
        "HEADER": "max[V]",
        "TYPE": "RESIDUAL",
    },
    "MAX_VELOCITY-Z": {
        "DESCRIPTION": "Maximum residual of the velocity " "z-component.",
        "GROUP": "MAX_RES",
        "HEADER": "max[W]",
        "TYPE": "RESIDUAL",
    },
    "MIN_CFL": {
        "DESCRIPTION": "Current minimum of the local CFL numbers",
        "GROUP": "CFL_NUMBER",
        "HEADER": "Min CFL",
        "TYPE": "DEFAULT",
    },
    "MIN_DELTA_TIME": {
        "DESCRIPTION": "Current minimum local time step",
        "GROUP": "CFL_NUMBER",
        "HEADER": "Min DT",
        "TYPE": "DEFAULT",
    },
    "MOMENT_X": {
        "DESCRIPTION": "Total momentum x-component on all surfaces set "
        "with MARKER_MONITORING",
        "GROUP": "AERO_COEFF",
        "HEADER": "CMx",
        "TYPE": "COEFFICIENT",
    },
    "MOMENT_Y": {
        "DESCRIPTION": "Total momentum y-component on all surfaces set "
        "with MARKER_MONITORING",
        "GROUP": "AERO_COEFF",
        "HEADER": "CMy",
        "TYPE": "COEFFICIENT",
    },
    "MOMENT_Z": {
        "DESCRIPTION": "Total momentum z-component on all surfaces set "
        "with MARKER_MONITORING",
        "GROUP": "AERO_COEFF",
        "HEADER": "CMz",
        "TYPE": "COEFFICIENT",
    },
    "PREV_AOA": {
        "DESCRIPTION": "Angle of Attack at the previous iteration of the "
        "Fixed CL driver",
        "GROUP": "FIXED_CL",
        "HEADER": "Previous_AOA",
        "TYPE": "DEFAULT",
    },
    "REFERENCE_GEOMETRY": {
        "DESCRIPTION": "L2 norm of difference wrt reference " "geometry",
        "GROUP": "STRUCT_COEFF",
        "HEADER": "RefGeom",
        "TYPE": "COEFFICIENT",
    },
    "REFERENCE_NODE": {
        "DESCRIPTION": "Distance to reference node",
        "GROUP": "STRUCT_COEFF",
        "HEADER": "RefNode",
        "TYPE": "COEFFICIENT",
    },
    "RMS_ADJ_DENSITY": {
        "DESCRIPTION": "Root-mean square residual of the adjoint " "density.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[A_Rho]",
        "TYPE": "RESIDUAL",
    },
    "RMS_ADJ_DISSIPATION": {
        "DESCRIPTION": "Root-mean square residual of the " "adjoint dissipation.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[A_w]",
        "TYPE": "RESIDUAL",
    },
    "RMS_ADJ_ENERGY": {
        "DESCRIPTION": "Root-mean square residual of the adjoint " "energy.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[A_E]",
        "TYPE": "RESIDUAL",
    },
    "RMS_ADJ_MOMENTUM-X": {
        "DESCRIPTION": "Root-mean square residual of the "
        "adjoint momentum x-component.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[A_RhoU]",
        "TYPE": "RESIDUAL",
    },
    "RMS_ADJ_MOMENTUM-Y": {
        "DESCRIPTION": "Root-mean square residual of the "
        "adjoint momentum y-component.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[A_RhoV]",
        "TYPE": "RESIDUAL",
    },
    "RMS_ADJ_MOMENTUM-Z": {
        "DESCRIPTION": "Root-mean square residual of the "
        "adjoint momentum z-component.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[A_RhoW]",
        "TYPE": "RESIDUAL",
    },
    "RMS_ADJ_NU_TILDE": {
        "DESCRIPTION": "Root-mean square residual of the adjoint " "nu tilde.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[A_nu]",
        "TYPE": "RESIDUAL",
    },
    "RMS_ADJ_PRESSURE": {
        "DESCRIPTION": "Root-mean square residual of the adjoint " "Pressure.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[A_P]",
        "TYPE": "RESIDUAL",
    },
    "RMS_ADJ_RAD_ENERGY": {
        "DESCRIPTION": "Root-mean square residual of the P1 " "radiative energy.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[A_P1]",
        "TYPE": "RESIDUAL",
    },
    'RMS_ADJ_SPECIES_" + std::to_string(iVar': {
        "DESCRIPTION": "Root-mean square "
        "residual of the "
        "adjoint "
        "transported "
        "species.",
        "GROUP": "RMS_RES",
        "HEADER": 'rms[A_rho*Y_" + ' "std::to_string(iVar) + " '"]',
        "TYPE": "RESIDUAL",
    },
    "RMS_ADJ_TEMPERATURE": {
        "DESCRIPTION": "Root-mean square residual of the " "adjoint temperature.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[A_T]",
        "TYPE": "RESIDUAL",
    },
    "RMS_ADJ_TKE": {
        "DESCRIPTION": "Root-mean square residual of the adjoint " "kinetic energy.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[A_k]",
        "TYPE": "RESIDUAL",
    },
    "RMS_ADJ_VELOCITY-X": {
        "DESCRIPTION": "Root-mean square residual of the "
        "adjoint Velocity x-component.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[A_U]",
        "TYPE": "RESIDUAL",
    },
    "RMS_ADJ_VELOCITY-Y": {
        "DESCRIPTION": "Root-mean square residual of the "
        "adjoint Velocity y-component.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[A_V]",
        "TYPE": "RESIDUAL",
    },
    "RMS_ADJ_VELOCITY-Z": {
        "DESCRIPTION": "Root-mean square residual of the "
        "adjoint Velocity z-component.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[A_W]",
        "TYPE": "RESIDUAL",
    },
    "RMS_DENSITY": {
        "DESCRIPTION": "Root-mean square residual of the density.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[Rho]",
        "TYPE": "RESIDUAL",
    },
    "RMS_DISP_X": {
        "DESCRIPTION": "Residual of X displacement",
        "GROUP": "RMS_RES",
        "HEADER": "rms[DispX]",
        "TYPE": "RESIDUAL",
    },
    "RMS_DISP_Y": {
        "DESCRIPTION": "Residual of Y displacement",
        "GROUP": "RMS_RES",
        "HEADER": "rms[DispY]",
        "TYPE": "RESIDUAL",
    },
    "RMS_DISP_Z": {
        "DESCRIPTION": "Residual of Z displacement",
        "GROUP": "RMS_RES",
        "HEADER": "rms[DispZ]",
        "TYPE": "RESIDUAL",
    },
    "RMS_DISSIPATION": {
        "DESCRIPTION": "Root-mean square residual of dissipation " "(SST model).",
        "GROUP": "RMS_RES",
        "HEADER": "rms[w]",
        "TYPE": "RESIDUAL",
    },
    "RMS_ENERGY": {
        "DESCRIPTION": "Root-mean square residual of the energy.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[RhoE]",
        "TYPE": "RESIDUAL",
    },
    "RMS_ETOL": {
        "DESCRIPTION": "Norm of energy/work increment",
        "GROUP": "RMS_RES",
        "HEADER": "rms[E]",
        "TYPE": "RESIDUAL",
    },
    "RMS_MOMENTUM-X": {
        "DESCRIPTION": "Root-mean square residual of the momentum " "x-component.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[RhoU]",
        "TYPE": "RESIDUAL",
    },
    "RMS_MOMENTUM-Y": {
        "DESCRIPTION": "Root-mean square residual of the momentum " "y-component.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[RhoV]",
        "TYPE": "RESIDUAL",
    },
    "RMS_NU_TILDE": {
        "DESCRIPTION": "Root-mean square residual of nu tilde (SA " "model).",
        "GROUP": "RMS_RES",
        "HEADER": "rms[nu]",
        "TYPE": "RESIDUAL",
    },
    "RMS_PRESSURE": {
        "DESCRIPTION": "Root-mean square residual of the pressure.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[P]",
        "TYPE": "RESIDUAL",
    },
    "RMS_RTOL": {
        "DESCRIPTION": "Norm of residual",
        "GROUP": "RMS_RES",
        "HEADER": "rms[R]",
        "TYPE": "RESIDUAL",
    },
    'RMS_SPECIES_" + std::to_string(iVar': {
        "DESCRIPTION": "Root-mean square " "residual of " "transported species.",
        "GROUP": "RMS_RES",
        "HEADER": 'rms[rho*Y_" + ' 'std::to_string(iVar)+"]',
        "TYPE": "RESIDUAL",
    },
    "RMS_TEMPERATURE": {
        "DESCRIPTION": "Root mean square residual of the " "temperature",
        "GROUP": "RMS_RES",
        "HEADER": "rms[T]",
        "TYPE": "RESIDUAL",
    },
    "RMS_TKE": {
        "DESCRIPTION": "Root-mean square residual of kinetic energy (SST " "model).",
        "GROUP": "RMS_RES",
        "HEADER": "rms[k]",
        "TYPE": "RESIDUAL",
    },
    "RMS_UTOL": {
        "DESCRIPTION": "Norm of displacement increment",
        "GROUP": "RMS_RES",
        "HEADER": "rms[U]",
        "TYPE": "RESIDUAL",
    },
    "RMS_VELOCITY-X": {
        "DESCRIPTION": "Root-mean square residual of the velocity " "x-component.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[U]",
        "TYPE": "RESIDUAL",
    },
    "RMS_VELOCITY-Y": {
        "DESCRIPTION": "Root-mean square residual of the velocity " "y-component.",
        "GROUP": "RMS_RES",
        "HEADER": "rms[V]",
        "TYPE": "RESIDUAL",
    },
    "SENS_AOA": {
        "DESCRIPTION": "Sensitivity of the objective function with "
        "respect to the angle of attack (only for "
        "compressible solver).",
        "GROUP": "SENSITIVITY",
        "HEADER": "Sens_AoA",
        "TYPE": "COEFFICIENT",
    },
    "SENS_E_0": {
        "DESCRIPTION": "d Objective / d Elasticity modulus",
        "GROUP": "SENSITIVITY",
        "HEADER": "Sens[E_0]",
        "TYPE": "DEFAULT",
    },
    "SENS_GEO": {
        "DESCRIPTION": "Sum of the geometrical sensitivities on all "
        "markers set in MARKER_MONITORING.",
        "GROUP": "SENSITIVITY",
        "HEADER": "Sens_Geo",
        "TYPE": "COEFFICIENT",
    },
    "SENS_MACH": {
        "DESCRIPTION": "Sensitivity of the objective function with "
        "respect to the Mach number (only of "
        "compressible solver).",
        "GROUP": "SENSITIVITY",
        "HEADER": "Sens_Mach",
        "TYPE": "COEFFICIENT",
    },
    "SENS_NU_0": {
        "DESCRIPTION": "d Objective / d Poisson ratio",
        "GROUP": "SENSITIVITY",
        "HEADER": "Sens[Nu_0]",
        "TYPE": "DEFAULT",
    },
    "SENS_PRESS": {
        "DESCRIPTION": "Sensitivity of the objective function with "
        "respect to the far-field pressure.",
        "GROUP": "SENSITIVITY",
        "HEADER": "Sens_Press",
        "TYPE": "COEFFICIENT",
    },
    "SENS_PRESS_OUT": {
        "DESCRIPTION": "Sensitivity of the objective function with "
        "respect to the outlet pressure.",
        "GROUP": "SENSITIVITY",
        "HEADER": "Sens_Pout",
        "TYPE": "COEFFICIENT",
    },
    "SENS_TEMP": {
        "DESCRIPTION": "Sensitivity of the objective function with "
        "respect to the far-field temperature.",
        "GROUP": "SENSITIVITY",
        "HEADER": "Sens_Temp",
        "TYPE": "COEFFICIENT",
    },
    "SENS_VEL_IN": {
        "DESCRIPTION": "Sensitivity of the objective function with "
        "respect to the inlet velocity.",
        "GROUP": "SENSITIVITY",
        "HEADER": "Sens_Vin",
        "TYPE": "COEFFICIENT",
    },
    "SIDEFORCE": {
        "DESCRIPTION": "Total sideforce coefficient on all surfaces set "
        "with MARKER_MONITORING",
        "GROUP": "AERO_COEFF",
        "HEADER": "CSF",
        "TYPE": "COEFFICIENT",
    },
    "STREAMWISE_DP": {
        "DESCRIPTION": "Pressure drop in streamwise periodic flow",
        "GROUP": "STREAMWISE_PERIODIC",
        "HEADER": "SWDeltaP",
        "TYPE": "DEFAULT",
    },
    "STREAMWISE_HEAT": {
        "DESCRIPTION": "Integrated heat for streamwise periodic " "flow",
        "GROUP": "STREAMWISE_PERIODIC",
        "HEADER": "SWHeat",
        "TYPE": "DEFAULT",
    },
    "STREAMWISE_MASSFLOW": {
        "DESCRIPTION": "Massflow in streamwise periodic flow",
        "GROUP": "STREAMWISE_PERIODIC",
        "HEADER": "SWMassflow",
        "TYPE": "DEFAULT",
    },
    "STRESS_PENALTY": {
        "DESCRIPTION": "Aggregate stress penalty",
        "GROUP": "STRUCT_COEFF",
        "HEADER": "StressPen",
        "TYPE": "COEFFICIENT",
    },
    "SURFACE_MACH": {
        "DESCRIPTION": "Total average mach number on all markers set "
        "in MARKER_ANALYZE",
        "GROUP": "FLOW_COEFF",
        "HEADER": "Avg_Mach",
        "TYPE": "COEFFICIENT",
    },
    "SURFACE_MASSFLOW": {
        "DESCRIPTION": "Total average mass flow on all markers "
        "set in MARKER_ANALYZE",
        "GROUP": "FLOW_COEFF",
        "HEADER": "Avg_Massflow",
        "TYPE": "COEFFICIENT",
    },
    "SURFACE_MOM_DISTORTION": {
        "DESCRIPTION": "Total momentum distortion on all "
        "markers set in MARKER_ANALYZE",
        "GROUP": "FLOW_COEFF",
        "HEADER": "Momentum_Distortion",
        "TYPE": "COEFFICIENT",
    },
    "SURFACE_PRESSURE_DROP": {
        "DESCRIPTION": "Total pressure drop on all markers " "set in MARKER_ANALYZE",
        "GROUP": "FLOW_COEFF",
        "HEADER": "Pressure_Drop",
        "TYPE": "COEFFICIENT",
    },
    "SURFACE_SECONDARY": {
        "DESCRIPTION": "Total secondary strength on all markers "
        "set in MARKER_ANALYZE",
        "GROUP": "FLOW_COEFF",
        "HEADER": "Secondary_Strength",
        "TYPE": "COEFFICIENT",
    },
    "SURFACE_SECOND_OVER_UNIFORM": {
        "DESCRIPTION": "Total secondary over "
        "uniformity on all markers set "
        "in MARKER_ANALYZE",
        "GROUP": "FLOW_COEFF",
        "HEADER": "Secondary_Over_Uniformity",
        "TYPE": "COEFFICIENT",
    },
    'SURFACE_SPECIES_" + std::to_string(iVar': {
        "DESCRIPTION": "Total average "
        'species " + '
        "std::to_string(iVar) "
        '+ " on all '
        "markers set in "
        "MARKER_ANALYZE",
        "GROUP": "SPECIES_COEFF",
        "HEADER": 'Avg_Species_" + ' "std::to_string(iVar",
        "TYPE": "COEFFICIENT",
    },
    "SURFACE_SPECIES_VARIANCE": {
        "DESCRIPTION": "Total species variance",
        "GROUP": "SPECIES_COEFF",
        "HEADER": "Species_Variance",
        "TYPE": "DEFAULT",
    },
    "SURFACE_STATIC_PRESSURE": {
        "DESCRIPTION": "Total average pressure on all " "markers set in MARKER_ANALYZE",
        "GROUP": "FLOW_COEFF",
        "HEADER": "Avg_Press",
        "TYPE": "COEFFICIENT",
    },
    "SURFACE_STATIC_TEMPERATURE": {
        "DESCRIPTION": "Total average temperature on "
        "all markers set in "
        "MARKER_ANALYZE",
        "GROUP": "FLOW_COEFF",
        "HEADER": "Avg_Temp",
        "TYPE": "COEFFICIENT",
    },
    "SURFACE_TOTAL_PRESSURE": {
        "DESCRIPTION": "Total average total pressure on "
        "all markers set in MARKER_ANALYZE",
        "GROUP": "FLOW_COEFF",
        "HEADER": "Avg_TotalPress",
        "TYPE": "COEFFICIENT",
    },
    "SURFACE_TOTAL_TEMPERATURE": {
        "DESCRIPTION": "Total average total temperature "
        "all markers set in "
        "MARKER_ANALYZE",
        "GROUP": "FLOW_COEFF",
        "HEADER": "Avg_TotalTemp",
        "TYPE": "COEFFICIENT",
    },
    "SURFACE_UNIFORMITY": {
        "DESCRIPTION": "Total flow uniformity on all markers " "set in MARKER_ANALYZE",
        "GROUP": "FLOW_COEFF",
        "HEADER": "Uniformity",
        "TYPE": "COEFFICIENT",
    },
    "TAVG_ADJOINT_SOLEXTRA": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_ADJOINT_SOLEXTRA",
        "HEADER": "tavg[Adjoint_SolExtra]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_AVG_DENSITY": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_FLOW_COEFF",
        "HEADER": "tavg[Avg_Density]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_AVG_ENTHALPY": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_FLOW_COEFF",
        "HEADER": "tavg[Avg_Enthalpy]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_AVG_NORMALVEL": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_FLOW_COEFF",
        "HEADER": "tavg[Avg_NormalVel]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_AVG_TEMPERATURE": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_HEAT",
        "HEADER": "tavg[AvgTemp]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_BUFFET": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_AERO_COEFF",
        "HEADER": "tavg[Buffet]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_COMBO": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_COMBO",
        "HEADER": "tavg[ComboObj]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_DELTA_CL": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_FIXED_CL",
        "HEADER": "tavg[Delta_CL]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_DRAG": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_AERO_COEFF",
        "HEADER": "tavg[CD]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_D_ADJOINT_SOLEXTRA": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_ADJOINT_SOLEXTRA",
        "HEADER": "dtavg[Adjoint_SolExtra]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_AVG_DENSITY": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_FLOW_COEFF",
        "HEADER": "dtavg[Avg_Density]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_AVG_ENTHALPY": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_FLOW_COEFF",
        "HEADER": "dtavg[Avg_Enthalpy]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_AVG_NORMALVEL": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_FLOW_COEFF",
        "HEADER": "dtavg[Avg_NormalVel]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_AVG_TEMPERATURE": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_HEAT",
        "HEADER": "dtavg[AvgTemp]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_BUFFET": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_AERO_COEFF",
        "HEADER": "dtavg[Buffet]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_COMBO": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_COMBO",
        "HEADER": "dtavg[ComboObj]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_DELTA_CL": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_FIXED_CL",
        "HEADER": "dtavg[Delta_CL]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_DRAG": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_AERO_COEFF",
        "HEADER": "dtavg[CD]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_EFFICIENCY": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_AERO_COEFF",
        "HEADER": "dtavg[CEff]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_EQUIVALENT_AREA": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_EQUIVALENT_AREA",
        "HEADER": "dtavg[CEquiv_Area]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_FIGURE_OF_MERIT": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_ROTATING_FRAME",
        "HEADER": "dtavg[CMerit]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_FORCE_X": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_AERO_COEFF",
        "HEADER": "dtavg[CFx]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_FORCE_Y": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_AERO_COEFF",
        "HEADER": "dtavg[CFy]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_FORCE_Z": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_AERO_COEFF",
        "HEADER": "dtavg[CFz]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_INVERSE_DESIGN_PRESSURE": {
        "DESCRIPTION": "weighted time average " "derivative value",
        "GROUP": "TAVG_D_CP_DIFF",
        "HEADER": "dtavg[Cp_Diff]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_LIFT": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_AERO_COEFF",
        "HEADER": "dtavg[CL]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_MAXIMUM_HEATFLUX": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_HEAT",
        "HEADER": "dtavg[MaxHF]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_MOMENT_X": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_AERO_COEFF",
        "HEADER": "dtavg[CMx]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_MOMENT_Y": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_AERO_COEFF",
        "HEADER": "dtavg[CMy]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_MOMENT_Z": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_AERO_COEFF",
        "HEADER": "dtavg[CMz]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_REFERENCE_GEOMETRY": {
        "DESCRIPTION": "weighted time average " "derivative value",
        "GROUP": "TAVG_D_STRUCT_COEFF",
        "HEADER": "dtavg[RefGeom]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_REFERENCE_NODE": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_STRUCT_COEFF",
        "HEADER": "dtavg[RefNode]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SENS_AOA": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_SENSITIVITY",
        "HEADER": "dtavg[Sens_AoA]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SENS_GEO": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_SENSITIVITY",
        "HEADER": "dtavg[Sens_Geo]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SENS_MACH": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_SENSITIVITY",
        "HEADER": "dtavg[Sens_Mach]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SENS_PRESS": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_SENSITIVITY",
        "HEADER": "dtavg[Sens_Press]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SENS_PRESS_OUT": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_SENSITIVITY",
        "HEADER": "dtavg[Sens_Pout]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SENS_TEMP": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_SENSITIVITY",
        "HEADER": "dtavg[Sens_Temp]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SENS_VEL_IN": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_SENSITIVITY",
        "HEADER": "dtavg[Sens_Vin]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SIDEFORCE": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_AERO_COEFF",
        "HEADER": "dtavg[CSF]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_STRESS_PENALTY": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_STRUCT_COEFF",
        "HEADER": "dtavg[StressPen]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SURFACE_MACH": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_FLOW_COEFF",
        "HEADER": "dtavg[Avg_Mach]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SURFACE_MASSFLOW": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_FLOW_COEFF",
        "HEADER": "dtavg[Avg_Massflow]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SURFACE_MOM_DISTORTION": {
        "DESCRIPTION": "weighted time average " "derivative value",
        "GROUP": "TAVG_D_FLOW_COEFF",
        "HEADER": "dtavg[Momentum_Distortion]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SURFACE_PRESSURE_DROP": {
        "DESCRIPTION": "weighted time average " "derivative value",
        "GROUP": "TAVG_D_FLOW_COEFF",
        "HEADER": "dtavg[Pressure_Drop]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SURFACE_SECONDARY": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_FLOW_COEFF",
        "HEADER": "dtavg[Secondary_Strength]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SURFACE_SECOND_OVER_UNIFORM": {
        "DESCRIPTION": "weighted time average " "derivative value",
        "GROUP": "TAVG_D_FLOW_COEFF",
        "HEADER": "dtavg[Secondary_Over_Uniformity]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    'TAVG_D_SURFACE_SPECIES_" + std::to_string(iVar': {
        "DESCRIPTION": "weighted " "time " "average " "derivative " "value",
        "GROUP": "TAVG_D_SPECIES_COEFF",
        "HEADER": 'dtavg[Avg_Species_" ' "+ " "std::to_string(iVar]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SURFACE_STATIC_PRESSURE": {
        "DESCRIPTION": "weighted time average " "derivative value",
        "GROUP": "TAVG_D_FLOW_COEFF",
        "HEADER": "dtavg[Avg_Press]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SURFACE_STATIC_TEMPERATURE": {
        "DESCRIPTION": "weighted time average " "derivative value",
        "GROUP": "TAVG_D_FLOW_COEFF",
        "HEADER": "dtavg[Avg_Temp]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SURFACE_TOTAL_PRESSURE": {
        "DESCRIPTION": "weighted time average " "derivative value",
        "GROUP": "TAVG_D_FLOW_COEFF",
        "HEADER": "dtavg[Avg_TotalPress]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SURFACE_TOTAL_TEMPERATURE": {
        "DESCRIPTION": "weighted time average " "derivative value",
        "GROUP": "TAVG_D_FLOW_COEFF",
        "HEADER": "dtavg[Avg_TotalTemp]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_SURFACE_UNIFORMITY": {
        "DESCRIPTION": "weighted time average " "derivative value",
        "GROUP": "TAVG_D_FLOW_COEFF",
        "HEADER": "dtavg[Uniformity]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_THRUST": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_ROTATING_FRAME",
        "HEADER": "dtavg[CT]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_TOPOL_COMPLIANCE": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_STRUCT_COEFF",
        "HEADER": "dtavg[TopComp]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_TOPOL_DISCRETENESS": {
        "DESCRIPTION": "weighted time average " "derivative value",
        "GROUP": "TAVG_D_STRUCT_COEFF",
        "HEADER": "dtavg[TopDisc]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_TORQUE": {
        "DESCRIPTION": "weighted time average derivative value",
        "GROUP": "TAVG_D_ROTATING_FRAME",
        "HEADER": "dtavg[CQ]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_TOTAL_HEATFLUX": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_HEAT",
        "HEADER": "dtavg[HF]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_D_VOLUME_FRACTION": {
        "DESCRIPTION": "weighted time average derivative " "value",
        "GROUP": "TAVG_D_STRUCT_COEFF",
        "HEADER": "dtavg[VolFrac]",
        "TYPE": "TAVG_D_COEFFICIENT",
    },
    "TAVG_EFFICIENCY": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_AERO_COEFF",
        "HEADER": "tavg[CEff]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_EQUIVALENT_AREA": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_EQUIVALENT_AREA",
        "HEADER": "tavg[CEquiv_Area]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_FIGURE_OF_MERIT": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_ROTATING_FRAME",
        "HEADER": "tavg[CMerit]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_FORCE_X": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_AERO_COEFF",
        "HEADER": "tavg[CFx]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_FORCE_Y": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_AERO_COEFF",
        "HEADER": "tavg[CFy]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_FORCE_Z": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_AERO_COEFF",
        "HEADER": "tavg[CFz]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_INVERSE_DESIGN_PRESSURE": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_CP_DIFF",
        "HEADER": "tavg[Cp_Diff]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_LIFT": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_AERO_COEFF",
        "HEADER": "tavg[CL]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_MAXIMUM_HEATFLUX": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_HEAT",
        "HEADER": "tavg[MaxHF]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_MOMENT_X": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_AERO_COEFF",
        "HEADER": "tavg[CMx]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_MOMENT_Y": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_AERO_COEFF",
        "HEADER": "tavg[CMy]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_MOMENT_Z": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_AERO_COEFF",
        "HEADER": "tavg[CMz]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_REFERENCE_GEOMETRY": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_STRUCT_COEFF",
        "HEADER": "tavg[RefGeom]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_REFERENCE_NODE": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_STRUCT_COEFF",
        "HEADER": "tavg[RefNode]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SENS_AOA": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_SENSITIVITY",
        "HEADER": "tavg[Sens_AoA]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SENS_GEO": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_SENSITIVITY",
        "HEADER": "tavg[Sens_Geo]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SENS_MACH": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_SENSITIVITY",
        "HEADER": "tavg[Sens_Mach]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SENS_PRESS": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_SENSITIVITY",
        "HEADER": "tavg[Sens_Press]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SENS_PRESS_OUT": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_SENSITIVITY",
        "HEADER": "tavg[Sens_Pout]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SENS_TEMP": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_SENSITIVITY",
        "HEADER": "tavg[Sens_Temp]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SENS_VEL_IN": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_SENSITIVITY",
        "HEADER": "tavg[Sens_Vin]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SIDEFORCE": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_AERO_COEFF",
        "HEADER": "tavg[CSF]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_STRESS_PENALTY": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_STRUCT_COEFF",
        "HEADER": "tavg[StressPen]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SURFACE_MACH": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_FLOW_COEFF",
        "HEADER": "tavg[Avg_Mach]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SURFACE_MASSFLOW": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_FLOW_COEFF",
        "HEADER": "tavg[Avg_Massflow]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SURFACE_MOM_DISTORTION": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_FLOW_COEFF",
        "HEADER": "tavg[Momentum_Distortion]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SURFACE_PRESSURE_DROP": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_FLOW_COEFF",
        "HEADER": "tavg[Pressure_Drop]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SURFACE_SECONDARY": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_FLOW_COEFF",
        "HEADER": "tavg[Secondary_Strength]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SURFACE_SECOND_OVER_UNIFORM": {
        "DESCRIPTION": "weighted time average " "value",
        "GROUP": "TAVG_FLOW_COEFF",
        "HEADER": "tavg[Secondary_Over_Uniformity]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    'TAVG_SURFACE_SPECIES_" + std::to_string(iVar': {
        "DESCRIPTION": "weighted " "time average " "value",
        "GROUP": "TAVG_SPECIES_COEFF",
        "HEADER": 'tavg[Avg_Species_" ' "+ " "std::to_string(iVar]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SURFACE_STATIC_PRESSURE": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_FLOW_COEFF",
        "HEADER": "tavg[Avg_Press]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SURFACE_STATIC_TEMPERATURE": {
        "DESCRIPTION": "weighted time average " "value",
        "GROUP": "TAVG_FLOW_COEFF",
        "HEADER": "tavg[Avg_Temp]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SURFACE_TOTAL_PRESSURE": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_FLOW_COEFF",
        "HEADER": "tavg[Avg_TotalPress]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SURFACE_TOTAL_TEMPERATURE": {
        "DESCRIPTION": "weighted time average " "value",
        "GROUP": "TAVG_FLOW_COEFF",
        "HEADER": "tavg[Avg_TotalTemp]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_SURFACE_UNIFORMITY": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_FLOW_COEFF",
        "HEADER": "tavg[Uniformity]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_THRUST": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_ROTATING_FRAME",
        "HEADER": "tavg[CT]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_TOPOL_COMPLIANCE": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_STRUCT_COEFF",
        "HEADER": "tavg[TopComp]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_TOPOL_DISCRETENESS": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_STRUCT_COEFF",
        "HEADER": "tavg[TopDisc]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_TORQUE": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_ROTATING_FRAME",
        "HEADER": "tavg[CQ]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_TOTAL_HEATFLUX": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_HEAT",
        "HEADER": "tavg[HF]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "TAVG_VOLUME_FRACTION": {
        "DESCRIPTION": "weighted time average value",
        "GROUP": "TAVG_STRUCT_COEFF",
        "HEADER": "tavg[VolFrac]",
        "TYPE": "TAVG_COEFFICIENT",
    },
    "THRUST": {
        "DESCRIPTION": "Thrust coefficient",
        "GROUP": "ROTATING_FRAME",
        "HEADER": "CT",
        "TYPE": "COEFFICIENT",
    },
    "TOPOL_COMPLIANCE": {
        "DESCRIPTION": "Structural compliance",
        "GROUP": "STRUCT_COEFF",
        "HEADER": "TopComp",
        "TYPE": "COEFFICIENT",
    },
    "TOPOL_DISCRETENESS": {
        "DESCRIPTION": "Discreteness of the material " "distribution",
        "GROUP": "STRUCT_COEFF",
        "HEADER": "TopDisc",
        "TYPE": "COEFFICIENT",
    },
    "TORQUE": {
        "DESCRIPTION": "Torque coefficient",
        "GROUP": "ROTATING_FRAME",
        "HEADER": "CQ",
        "TYPE": "COEFFICIENT",
    },
    "TOTAL_HEATFLUX": {
        "DESCRIPTION": "Total heatflux on all surfaces defined in " "MARKER_MONITORING",
        "GROUP": "HEAT",
        "HEADER": "HF",
        "TYPE": "COEFFICIENT",
    },
    "VMS": {
        "DESCRIPTION": "VMS",
        "GROUP": "Maximum Von-Misses stress",
        "HEADER": "VonMises",
        "TYPE": "DEFAULT",
    },
    "VOLUME_FRACTION": {
        "DESCRIPTION": "Fraction of solid material",
        "GROUP": "STRUCT_COEFF",
        "HEADER": "VolFrac",
        "TYPE": "COEFFICIENT",
    },
}
